Removal - Part 1

Analyze this problem:

The teller wants to compute the total price of every item. As a programmer, you will ask the teller to input the item code, unit price, and quantity.  Compute and display the total price.

Question: How many inputs are there?

 

• 1

• 2

• 3

• 4

Analyze this problem:

The teller wants to compute the total price of every item. As a programmer, you will ask the teller to input the item code, unit price, and quantity.  Compute and display the total price.

Question: What is the formula in computing the total price?

 

• totalPrice=unitPrice*quantity

• totalPrice*=unitPrice*quantity

• totalPrice=unitPrice+quantity

• totalPrice+=unitPrice+quantity

Analyze this problem:

The teller wants to compute the total price of every item. As a programmer, you will ask the teller to input the item code, unit price, and quantity.  Compute and display the total price.

Question: How many output(s) is/are there?

 

• 0

• 1

• 2

• 3

Analyze this problem:

The teller wants to compute the total price of every item. As a programmer, you will ask the teller to input the item code, unit price, and quantity.  Compute and display the total price.

Question: Which of the following is an incorrect statement to input the quantity?

 

• quantity=int(input("Quantity: "))

• quantity=int(input("Qty: "))

• quantity=int(input())

• quantity=int(input("Enter quantity: ")

Analyze this problem:

The teller wants to compute the total price of every item. As a programmer, you will ask the teller to input the item code, unit price, and quantity.  Compute and display the total price.

Question: Which of the following is an incorrect statement to display the total price?

• print(totalPrice)

• print("Total:", totalPrice)

• print(Total = totalPrice)

• print("totalPrice", totalPrice)

Analyze this problem:

Input 100 persons ages and store them in an array. Count how many persons are young (age below 18), adult (age between 18 to 59), and senior citizens (age at least 60).  Display the results.

Question:  How many inputs are there?

• 3

• 4

• 99

• 100

Analyze this problem:

Input 100 persons ages and store them in an array. Count how many persons are young (age below 18), adult (age between 18 to 59), and senior citizens (age at least 60).  Display the results.

Question:  Which of the statements below will determine if the person is adult?

• age > 18 || age < 60

• age >= 18 || age < 60

• age > 18 and age < 60

• age >= 18 and age < 60

Analyze this problem:

Input 100 persons ages and store them in an array. Count how many persons are young (age below 18), adult (age between 18 to 59), and senior citizens (age at least 60).  Display the results.

Question:  Which of the statements below will determine if the person is a senior citizen?

• age > 59

• age >= 59

• age < 60

• age <= 60

Analyze this problem:

Input 100 persons ages and store them in an array. Count how many persons are young (age below 18), adult (age between 18 to 59), and senior citizens (age at least 60).  Display the results.

Question:  Which of the statements below will determine if the person is a young?

• age > 17

• age >= 17

• age < 18

• age <= 18

Analyze this problem:

Input 100 persons ages and store them in an array. Count how many persons are young (age below 18), adult (age between 18 to 59), and senior citizens (age at least 60).  Display the results.

Question:  Which of the statements below will correctly validate if age is invalid?

• age != 0

• age != -1

• age < 0

• age > 0